In the presentation they say they use agents as well:
"We use several layers of "agents", coated around a Si-Al ceramic
surface surrounding the nickel foam, to help RSH atoms to survive this
journey. Some of these agents are ZnO, MgO and ZrO2."
Do I undertand correctly that the Celani treatment mainly consists of
stripping off the plastic insulation off ISOTAN44 and then running a 2A
to 3A current for about 5 minutes? And that this grows nanostructures on
the wire surface? That sounds pretty simple to try.
On 08/13/2012 11:31 AM, Alain Sepeda wrote:
Quite logical they think about using off the shelves products, and
especially well known techniques used for catalyst that increase
active surface...
Good engineer practice.
maybe mixing that material with other treatment (like the one Celani
do on his wires, but adapted to foam), could even make it better...
maybe is it what they do...
did anybody else thought about using that kind of foam in LENR research ?
2012/8/13 Andre Blum <andre_vor...@blums.nl
<mailto:andre_vor...@blums.nl>>
The nickel foam that defkalion describes in their NI-week
slideshow seems to be an off-the-shelve product.
Funny enough, it is available from a company called ecocatalysis,
ecat in short.
The stuff is shown here:
http://ecocatalysis.com/en/products/foam-materials-foam-metals/nickel-foam-en.html
Nice ecat logo!
The photo of the foam is the exactly the same as the one used in
the defkalion slide deck.
Andre
